Out1
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Subsystem output port or data output from the model.
Description
Unit Out1 Transmits signals from the system to a destination outside the system. It can connect signals from the subsystem to other parts of the model. It can also output output data at the top level of the model.
Port numbers are assigned automatically according to these rules:
-
Blocks Out1 blocks in a higher-level system or subsystem are numbered sequentially starting with
1. -
If you add a block *Out1*it is assigned the next available number.
-
If you copy a block Out1 into the system, its port number does not change unless its current port number conflicts with an input port that already exists in the system.
Blocks Out1 in a subsystem
Blocks Out1 in a subsystem represent the output signals from the subsystem. A signal entering a block Out1 in a subsystem goes from the corresponding output port in that block Subsystem.
Ports
Input
#
Out_1
—
input signal
scalar | vector | matrix | bus
Details
An input signal that is fed through Out1 the outside of the subsystem or model.
| Data types |
|
| Complex numbers support |
Yes |
Parameters
Main
#
Sample Time —
interval between calculation steps
SampleTime (real number / vector of two real numbers)
Details
The interval between calculation steps (non-negative number). To inherit a calculation step, set this parameter to -1.
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
Yes |
#
Initial output —
initial output for conditionally executed subsystems
Scalar / array of real and/or complex numbers
Details
For conditionally executed subsystems, specify the block output before the subsystem is executed and while the subsystem is disabled.
Hint
If the conditional subsystem controls a block Merge, you do not need to specify an initial condition (IC) for the block Out1.
Limitations.
-
This block does not allow initial output of
inforNaN. -
When the input signal is a virtual bus, the value Initial output in
[]is treated asdouble(0). -
When the input signal contains a non-virtual bus, Initial output does not support non-zero scalar values.
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
Yes |
#
Output Concatenation —
selecting the measurement to be merged
Logical
Details
Select this check box to specify a dimension for merging (only for subsystems For Each). Checking this box adds parameters from the Subsystem For Each section to the block settings menu Out1.
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
No |
#
Concatenation Dimension —
specify the measurement
Int64 integer
Details
For each output port, specify the dimension by which the results of the For Each Subsystem block will be combined.
-
1- concatenate the results in the direction , i.e. vertically. If the block generates column vectors, the concatenation results in a single column vector. If the block generates row vectors, the concatenation results in a matrix. -
2- stack the results in the direction of , that is, horizontally. If the block generates row vectors, the concatenation results in a single row vector. If the block generates row vectors, the concatenation results in a matrix. -
n- stacking the results in the direction .
Dependencies
To use this parameters, tick the checkbox Output Concatenation.
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
Yes |
# Output when disabled — shutdown output
Details
Output when the subsystem to be activated is switched off.
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
No |
#
Enabled State —
output settings when the activated subsystem is switched off
held | reset
Details
Specify what happens to the block output when the subsystem is disabled. Select `held`to specify that the output is held when the subsystem is disabled. Select `reset`to specify that the output is reset to the value set by the subsystem when the subsystem is disabled. *Initial output*when the subsystem is disabled.
Dependencies
To use this parameter, select the check box Output when disabled
When connecting the conditional subsystem output to the Merge block, set this parameter to held. Setting it to reset returns an error.
| Values |
|
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
No |
Signal Attributes
#
Output data type —
output data type
Inherit: auto | Float64 | Float32 | Float16 | Int8 | UInt8 | Int16 | UInt16 | Int32 | UInt32 | Int64 | UInt64 | Int128 | UInt128 | Bool | Fixed-point
Details
Specify the type of output data.
The type can be inherited or specified directly.
| Values |
|
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
No |
#
Output fixed-point type —
fixed-point output data type
Data type
Details
Specify the fixed-point output type.
Dependencies
To use this parameter, set parameter Output data type value Fixed-point.
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
Yes |
#
Signal type —
output signal type
auto | real | complex
Details
Specify the output signal type. To inherit the type of signal connected to its input, select auto. Otherwise, select real or complex signal type.
| Values |
|
| Default value |
|
| Program usage name |
|
| Tunable |
No |
| Evaluatable |
No |
Examples
-
A model of interaction between a permanent magnet and an iron surface
-
Defining diagram behaviour using state actions and transition labels
-
Code generation for Arduino (Flashing LED on finite automata)
-
Substitution-rearrangement network (SP-network) encryption model
-
Semi-natural modelling on RITM (Gate valve control via Modbus)
-
Code generation for Arduino (linear frequency modulation with low pass filter)
-
Car radar based on multi-position frequency modulated (MFSK) signal